
Worked on the vatesfr/xen-orchestra repository to enhance backup reliability in complex storage environments by improving LVM-GPT handling for file-level restores. Using JavaScript and leveraging expertise in back end development and backup systems, introduced logic to exclude swap partitions from backups, reducing the risk of restore failures and data loss. The approach addressed issues related to LVM-on-GPT configurations, aligning with tracked bug fixes and ensuring safer, more reliable file-level restores. This work improved operational confidence and reduced recovery downtime for environments utilizing GPT and LVM, demonstrating a focus on robust file management and code quality within backup pipelines.
In November 2025, delivered targeted improvements to the xen-orchestra backups to enhance LVM-GPT handling for file-level restores and exclude swap partitions from backups. This reduces restore failures and data risk when dealing with GPT/LVM configurations, improving reliability, uptime, and operational confidence for complex storage environments. The changes align with bug fixes/issues #7029/#9182 and are traceable to commit 488eec9d1c871c6dfcfdf6e7c40fb5e440c511bd; the deliverable demonstrates proficiency in backup pipelines, LVM, GPT, and code quality.
In November 2025, delivered targeted improvements to the xen-orchestra backups to enhance LVM-GPT handling for file-level restores and exclude swap partitions from backups. This reduces restore failures and data risk when dealing with GPT/LVM configurations, improving reliability, uptime, and operational confidence for complex storage environments. The changes align with bug fixes/issues #7029/#9182 and are traceable to commit 488eec9d1c871c6dfcfdf6e7c40fb5e440c511bd; the deliverable demonstrates proficiency in backup pipelines, LVM, GPT, and code quality.

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